Sacheen M

Thermal Engineer with hands-on experience in electronics cooling, thermal simulations, and heat transfer analysis for connectors, PCBs, automotive, and mobile applications. Skilled in steady-state and transient thermal simulations, CFD analysis, airflow management, temperature distribution studies, and design validation using simulation tools. Holds a B.E. in Mechanical Engineering with a strong passion for thermal engineering, CFD, heat transfer, and innovative product development, focused on solving real-world engineering challenges through advanced simulation techniques.

GAT-Thermal Engineer at Molex India Business Services Private Limited (2025-07 – Present)

• Currently driving advanced liquid cooling concept development for high-power systems, focused on maximizing heat removal, optimizing coolant selection
• Contributed to liquid cooling concept development for Google data center / high-power computing applications, focusing on efficient heat dissipation and advanced cooling strategies.
• Worked on BYD battery thermal analysis, evaluating temperature distribution, hotspot formation, and thermal safety of EV battery systems.
• Executed board-to-board connector thermal simulations using Joule heating (I²R losses) for temperature rise and voltage drop analysis.
• Explored thermal simulations for liquid-cooled high-power electronics, currently at the learning and implementation stage to expand capabilities in advanced thermal management and battery cooling.

Design Engineer intern at Kaptronics Pvt ltd. (2025-01 – 2025-06)

• Designed and developed critical railway locomotive components, including grid boxes and panel relay boxes, using SolidWorks with focus on strength, manufacturability, reliability, and maintenance efficiency.
• Created 3D models, assemblies, and production drawings while ensuring successful quality validation and compliance with required performance and safety standards.
• Developed a critical panel relay box product for railway locomotives by creating detailed 3D CAD models, assemblies, and manufacturing drawings using SolidWorks.

College Project

• Conducted experimental analysis on ZrO₂ and glass fiber reinforced hybrid epoxy composite laminates to evaluate mechanical performance and two-body abrasive wear behavior under varying reinforcement compositions.
• Optimized composite material properties by studying strength, stiffness, load-bearing capacity, and wear resistance, achieving the best performance at 4% reinforcement content.

B.E in Mechanical Engineering – Dr Ambedkar Institute of Technology, Bangalore (2021-01 – 2025-07)

Science and Technology – Nisarga Pu college of science, Kalaburagi (2019-07 – 2021-07)